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- Cu-Ni-Be合金 Cu-Ni-Be alloy
- 微量Mg对 Ni-2.5%Be合金组织、性能和热处理制度的影响 Influence of trace Mg on the microstructure properties and heat treatment regime of alloy Ni-2.5 wt%25Be
- 结果表明:(1)Cu-Be合金活化后,表面生成较为纯净的BeO层。 氧化使得ESCA Be 1 S峰由111.6eV(电子结合能)移至113.6eV,使得Be KLL Auger峰由104eV(电子动能)移至约93eV; The results show that (1) after activation a clean BoO layer formed on the surface of CuBe alloy, The ESCA peak Bels shifts from 111.6 eV (binding energy) to 113.6eV and the Auger peak Be kLL shifts from 104eV (electron energy) to about 93 eV with oxidation of Be.
- Cu-Ni-Cr-Be-Ti合金 Cu-Ni-Cr-Be-Ti alloy
- Cu/Ni Cu/Ni
- Ni-Cu-P Ni-Cu-P
- Be-Al合金 Be-Al alloys
- Ni合金 Ni alloy
- Cu／Ni Cu/Ni
- W／Cu合金 W/Cu alloy
- Cu-Ag合金 Cu-Ag alloy
- Ti-Cu-Ni Ti-Cu-Ni
- Ni-P合金 Ni-P alloy
- Ni-Co合金 Ni-Co alloy
- Cu-Ni团簇 Cu-Ni clusters
- Cu-Sn合金 Cu-Sn alloy
- Mo-Cu合金 Mo-Cu alloy
- Cu-Ni-Si Cu-Ni-Si
- Zn-Ni合金 Zn-Ni alloy
- Ni基合金 Ni-based alloy
